def calc_solar_times(p_pyhouse_obj, p_date=datetime.date.today()):
"""
@param p_date: is the datetime.date that we want sunrise and sunset for
"""
l_a = astral.Location(info=(p_pyhouse_obj.House.Name,
p_pyhouse_obj.House.Location.Region,
p_pyhouse_obj.House.Location.Latitude,
p_pyhouse_obj.House.Location.Longitude,
p_pyhouse_obj.House.Location.TimeZoneName,
p_pyhouse_obj.House.Location.Elevation))
l_a.solar_depression = "civil"
if (isinstance(p_date, datetime.datetime)):
l_date = p_date.date(
) # convert datetime.datetime to datetime.date
else:
l_date = p_date
# print(PrettyFormatAny.form('{}'.format(l_a), 'AA'))
l_sun = l_a.sun(date=l_date, local=True)
l_ret = RiseSetData()
l_ret.Dawn = l_sun['dawn']
l_ret.SunRise = l_sun['sunrise']
l_ret.Noon = l_sun['noon']
l_ret.SunSet = l_sun['sunset']
l_ret.Dusk = l_sun['dusk']
p_pyhouse_obj.House.Location.RiseSet = l_ret
LOG.info('Sunrise/Sunset Calculation')
return l_ret
def RiseSet():
l_ret = RiseSetData()
l_ret.Dawn = TESTING_SCHEDULE_DAWN_0
l_ret.SunRise = TESTING_SCHEDULE_SUNRISE_0
l_ret.Noon = TESTING_SCHEDULE_NOON_0
l_ret.SunSet = TESTING_SCHEDULE_SUNSET_0
l_ret.Dusk = TESTING_SCHEDULE_DUSK_0
return l_ret
def RiseSet():
l_ret = RiseSetData()
l_ret.Dawn = 0
l_ret.SunRise = 0
l_ret.Noon = 0
l_ret.SunSet = 0
l_ret.Dusk = 0
return l_ret
def RiseSet():
l_ret = RiseSetData()
l_ret.SunRise = TESTING_SCHEDULE_SUNRISE_0
l_ret.SunSet = TESTING_SCHEDULE_SUNSET_0
return l_ret
def RiseSet():
l_ret = RiseSetData()
l_ret.SunRise = T_SUNRISE
l_ret.SunSet = T_SUNSET
return l_ret